Ento Key

Fig. 19.1 Contact lens induced limbal stem cell deficiency (patent described in this chapter). Note the opaque epithelial sheet extending from superior limbus into visual axis (a) which stains with…

Fig. 14.1 Schematic demonstration of tear flow obliterated by CCh. Under the normal circumstance, the fornix tear reservoir depicted in dark blue is responsible for delivering tear fluids to the…

Fig. 22.1 Advanced aniridic keratopathy with conjunctivalization of the entire corneal surface. A cortical cataract is also seen What Treatment Options Would You Recommend? Aniridic keratopathy develops from limbal stem…

Fig. 21.1 Case 1: Fluorescein stain showing quiet bulbar conjunctiva but extensive sloughing of epithelium on the lid margins, tarsal conjunctiva, and cornea An exam under anesthesia was performed in…

Fig. 16.1 Slit lamp images on presentation of right eye (a) and left eye (b) and on follow up of right eye (c) and left eye (d), demonstrating significant reduction…

Fig. 23.1 Ocular surface reconstruction using novel regenerative medicine Cultivated Limbal Epithelial Transplantation (CLET) for Limbal Stem Cell Deficiency Case 1: Treatment of Unilateral Stem Cell Deficiency with Auto-CLET Autologous cultivated…

Fig. 7.1 Giant Papillae in a patient with VKC What Are Common Examination Findings in VKC ? What Are the Long-Term Sequelae of VKC ? AKC and VKC have similar…

Fig. 12.1 This is a representative photograph of subepithelial fibrosis Fig. 12.2 This is a representative photograph of forniceal foreshortening . Note that traction on the eyelid puts tension on…

Fig. 9.1 External photograph demonstrating ocular adnexal erythema and edema as a result of chronic topical medications (in this case due to BAK allergy) Fig. 9.2 Slit-lamp photograph demonstrating abnormal…

On slit lamp examination, there is significant meibomian gland dysfunction (MGD) and a fleshy fibrovascular tissue advancing 4 mm onto his right cornea ( Fig. 20.1 ). The remainder of…